Abstract:
The present invention relates to a method for boosting allicin content in garlic by light radiation such as ultraviolet rays, or the like, and to an apparatus for the same. Provided is an apparatus of boosting allicin content in garlic by light radiation which increases allicin content in garlic by irradiating garlic from a distance of 700 mm with UV-B, or the like with the intensity of 0.129 W/m^2 for a predetermined period of time, comprising: a body unit; a transferring unit arranged on the upper end of the body unit to transfer garlic; a light radiating unit arranged on the upper end of the body unit, having a darkroom inside thereof, forming an entrance and exit on the lower end of the darkroom, and containing a UV lamp inside the darkroom; and a controlling unit arranged in the body unit to control the speed of the transferring unit.
Abstract:
PURPOSE: An apparatus for removing corn husk is provided to reduce damage to corns and to facilitate the removal of the corn husk. CONSTITUTION: An apparatus for removing corn husk comprises: a frame consisting of an upper frame(11) and a lower frame(12) in which one side thereof is connected to one side of the upper frame and the other side thereof is connected to the other side of the upper frame; and a pair of rollers which are formed in the upper frame in the longitudinal direction of the upper frame and are arranged in parallel with each other.
Abstract:
PURPOSE: A system and a method for measuring power consumption of a PTO(Power-Take-Off) driven device for an agricultural tractor are provided to monitor the power consumption of the driven device by measuring a load generated during work. CONSTITUTION: A system for measuring power consumption of a PTO driven device for an agricultural tractor comprises a first power transmission unit(210), a second power transmission unit(220), and a torque sensor(230). The first power transmission unit is coupled to a PTO shaft which is located behind an agricultural tractor and transfers the power provided by the tractor. The second power transmission unit is coupled with the PTO driven device and transfers the power from the first power transmission unit to the PTO driven device. The torque sensor includes a torque sensor shaft which is connected to the first power transmission unit at a first side and to the second power transmission unit at a second side, and measures the torque and the rotation speed of the PTO driven device.